Quote from: HMXHMX on 04/22/2011 04:56 pmQuote from: clongton on 04/22/2011 12:21 pmQuote from: HMXHMX on 04/22/2011 07:44 amQuote from: JimP on 04/22/2011 05:23 amQuote from: M_Puckett on 04/22/2011 01:01 amThe thinkg I liked about your CXV proposal was the clever simplicity of it. A beautiful piece of engineering, like looking inside a Kalashnikov Rifle. Function distilled down to its most basic form.I Have to second that opinion.What I especially liked about it was it seemed to be a system that could launch on very short notice, to just about any orbit. I could see a system like it being used as an emergency rescue vehicle, although could a single crew member have managed docking with a crippled CRS vehicle?Likely be a loooong time before crewed traffic would be flying often enough to justify investment in such a rescue service.Yeah, just call me a dreamer! During the 1960s, single astronauts trained to conduct docks alone. So I don't see any reason why a single CXV crewman could not do the same.What are your plans now?Anything that doesn't involve submission of a proposal for NASA or USAF.Your proposal would have had the ability to launch up to 8 crew at once. Do you see a market for up to 8 crew being launches at one time--govt. or civilian?
Quote from: clongton on 04/22/2011 12:21 pmQuote from: HMXHMX on 04/22/2011 07:44 amQuote from: JimP on 04/22/2011 05:23 amQuote from: M_Puckett on 04/22/2011 01:01 amThe thinkg I liked about your CXV proposal was the clever simplicity of it. A beautiful piece of engineering, like looking inside a Kalashnikov Rifle. Function distilled down to its most basic form.I Have to second that opinion.What I especially liked about it was it seemed to be a system that could launch on very short notice, to just about any orbit. I could see a system like it being used as an emergency rescue vehicle, although could a single crew member have managed docking with a crippled CRS vehicle?Likely be a loooong time before crewed traffic would be flying often enough to justify investment in such a rescue service.Yeah, just call me a dreamer! During the 1960s, single astronauts trained to conduct docks alone. So I don't see any reason why a single CXV crewman could not do the same.What are your plans now?Anything that doesn't involve submission of a proposal for NASA or USAF.
Quote from: HMXHMX on 04/22/2011 07:44 amQuote from: JimP on 04/22/2011 05:23 amQuote from: M_Puckett on 04/22/2011 01:01 amThe thinkg I liked about your CXV proposal was the clever simplicity of it. A beautiful piece of engineering, like looking inside a Kalashnikov Rifle. Function distilled down to its most basic form.I Have to second that opinion.What I especially liked about it was it seemed to be a system that could launch on very short notice, to just about any orbit. I could see a system like it being used as an emergency rescue vehicle, although could a single crew member have managed docking with a crippled CRS vehicle?Likely be a loooong time before crewed traffic would be flying often enough to justify investment in such a rescue service.Yeah, just call me a dreamer! During the 1960s, single astronauts trained to conduct docks alone. So I don't see any reason why a single CXV crewman could not do the same.What are your plans now?
Quote from: JimP on 04/22/2011 05:23 amQuote from: M_Puckett on 04/22/2011 01:01 amThe thinkg I liked about your CXV proposal was the clever simplicity of it. A beautiful piece of engineering, like looking inside a Kalashnikov Rifle. Function distilled down to its most basic form.I Have to second that opinion.What I especially liked about it was it seemed to be a system that could launch on very short notice, to just about any orbit. I could see a system like it being used as an emergency rescue vehicle, although could a single crew member have managed docking with a crippled CRS vehicle?Likely be a loooong time before crewed traffic would be flying often enough to justify investment in such a rescue service.Yeah, just call me a dreamer! During the 1960s, single astronauts trained to conduct docks alone. So I don't see any reason why a single CXV crewman could not do the same.
Quote from: M_Puckett on 04/22/2011 01:01 amThe thinkg I liked about your CXV proposal was the clever simplicity of it. A beautiful piece of engineering, like looking inside a Kalashnikov Rifle. Function distilled down to its most basic form.I Have to second that opinion.What I especially liked about it was it seemed to be a system that could launch on very short notice, to just about any orbit. I could see a system like it being used as an emergency rescue vehicle, although could a single crew member have managed docking with a crippled CRS vehicle?Likely be a loooong time before crewed traffic would be flying often enough to justify investment in such a rescue service.Yeah, just call me a dreamer!
The thinkg I liked about your CXV proposal was the clever simplicity of it. A beautiful piece of engineering, like looking inside a Kalashnikov Rifle. Function distilled down to its most basic form.
Awesome concept, really good job there. Can we get a few details on those fabric seats? they sound interesting.Also, what's with the "Chief constructor got it right" joke? sorry I didn't get it.
Quote from: krytek on 12/24/2011 12:58 amAwesome concept, really good job there. Can we get a few details on those fabric seats? they sound interesting.Also, what's with the "Chief constructor got it right" joke? sorry I didn't get it. Thanks. There's not too many details to share. They are pretty simple, as you can see from the video.Not so much a joke, as a statement of opinion. All I was saying is that Korolev understood that the way to get the lightest spacecraft was to split the crew recovery part from the on-orbit pressure volume, a la Soyuz.
Quote from: HMXHMX on 12/24/2011 02:20 amQuote from: krytek on 12/24/2011 12:58 amAwesome concept, really good job there. Can we get a few details on those fabric seats? they sound interesting.Also, what's with the "Chief constructor got it right" joke? sorry I didn't get it. Thanks. There's not too many details to share. They are pretty simple, as you can see from the video.Not so much a joke, as a statement of opinion. All I was saying is that Korolev understood that the way to get the lightest spacecraft was to split the crew recovery part from the on-orbit pressure volume, a la Soyuz.Or first-orbit rendezvous?
Not sure whether to ask this here or in the stratolaunch thread, but does anyone know what happened with the t/Space t/Lanyard system? Would it work with a booster of the size envisioned for the Stratolaunch?
Maybe you need to convince NASCAR to put in a version of your seat, THAT might turn some heads
Quote from: HMXHMX on 12/24/2011 02:20 amQuote from: krytek on 12/24/2011 12:58 amAwesome concept, really good job there. Can we get a few details on those fabric seats? they sound interesting.Also, what's with the "Chief constructor got it right" joke? sorry I didn't get it. Thanks. There's not too many details to share. They are pretty simple, as you can see from the video.Not so much a joke, as a statement of opinion. All I was saying is that Korolev understood that the way to get the lightest spacecraft was to split the crew recovery part from the on-orbit pressure volume, a la Soyuz.Thank you for the clip.It's kind of like a hammock. I like the concept, it looks many times lighter than anything I've seen so far.Would they wobble when subjected to entry/ascent forces? For reference, here's a pic of the SS2 seats.
For COTS the 2005 t/Sace CXV capsuleStart with as a cargo version for launch on either Atlas V or Delta IV.If that would have been successful then make a crew version of the CXV capsule for a up to a 270 day stay at ISS as a life boat. Launch on Atlas V or Delta IV with some cargo and when it returns to Earth could bring crew and or some cargo back.If that was successful then could possible get the Quichreach II and it's carrier plane for crew launch to LEO.Low cost if only having to start with the development of a cargo version of the CXV. That would have been a good sales pitch for the COTS program.What I do not get is why t/Space did not go with such a plan? There was no risk and no cost in the making of a new rocket. Only in the capsule for a cargo version to ISS. With the bigger cost and risk in developing the carrier and Quichreach II rocket later.With the 2005 CXV capsule with a water landing, I see that it could have had air capture as an option. I do not personnaly like air capture for crew but with the capsule designed for water recovery first an air capture could have been added later.The CXV capsule could have even been configured as a mini lab for a space station.This new design based on what looks to be from their 2004 design with a pusher system for emergency escape and a lot like the K-1 orbital stage would seem to me to cost more per launch that the 2005 CXV version. And the lose of the XV for reuse if not air captured does not seem to me to be a better idea.Any chance of the 2005 CXV being built?
Quote from: RocketmanUS on 12/24/2011 07:43 pmFor COTS the 2005 t/Sace CXV capsuleStart with as a cargo version for launch on either Atlas V or Delta IV.If that would have been successful then make a crew version of the CXV capsule for a up to a 270 day stay at ISS as a life boat. Launch on Atlas V or Delta IV with some cargo and when it returns to Earth could bring crew and or some cargo back.If that was successful then could possible get the Quichreach II and it's carrier plane for crew launch to LEO.Low cost if only having to start with the development of a cargo version of the CXV. That would have been a good sales pitch for the COTS program.What I do not get is why t/Space did not go with such a plan? There was no risk and no cost in the making of a new rocket. Only in the capsule for a cargo version to ISS. With the bigger cost and risk in developing the carrier and Quichreach II rocket later.With the 2005 CXV capsule with a water landing, I see that it could have had air capture as an option. I do not personnaly like air capture for crew but with the capsule designed for water recovery first an air capture could have been added later.The CXV capsule could have even been configured as a mini lab for a space station.This new design based on what looks to be from their 2004 design with a pusher system for emergency escape and a lot like the K-1 orbital stage would seem to me to cost more per launch that the 2005 CXV version. And the lose of the XV for reuse if not air captured does not seem to me to be a better idea.Any chance of the 2005 CXV being built?That's what we proposed in COTS 2.0.There is no chance of CXV being built.
Quote from: krytek on 12/24/2011 01:48 pmQuote from: HMXHMX on 12/24/2011 02:20 amQuote from: krytek on 12/24/2011 12:58 amAwesome concept, really good job there. Can we get a few details on those fabric seats? they sound interesting.Also, what's with the "Chief constructor got it right" joke? sorry I didn't get it. Thanks. There's not too many details to share. They are pretty simple, as you can see from the video.Not so much a joke, as a statement of opinion. All I was saying is that Korolev understood that the way to get the lightest spacecraft was to split the crew recovery part from the on-orbit pressure volume, a la Soyuz.Thank you for the clip.It's kind of like a hammock. I like the concept, it looks many times lighter than anything I've seen so far.Would they wobble when subjected to entry/ascent forces? For reference, here's a pic of the SS2 seats. My original concept actually would have used the individual's suit as the "seat" with straps holding the person in position. But the fabric approach was almost as light and easier to develop. In the end, the seat weighed almost exactly 10% of the weight of a Shuttle mid-deck seat, and like the mid-deck seats, it was removable when on-orbit. That opens up the cabin volume dramatically. I don't think side loads would have been a major problems; we analyzed them but didn't have the time and money to test the seat as throughly as we would have liked.
Quote from: HMXHMX on 12/24/2011 08:18 pmQuote from: RocketmanUS on 12/24/2011 07:43 pmFor COTS the 2005 t/Sace CXV capsuleStart with as a cargo version for launch on either Atlas V or Delta IV.If that would have been successful then make a crew version of the CXV capsule for a up to a 270 day stay at ISS as a life boat. Launch on Atlas V or Delta IV with some cargo and when it returns to Earth could bring crew and or some cargo back.If that was successful then could possible get the Quichreach II and it's carrier plane for crew launch to LEO.Low cost if only having to start with the development of a cargo version of the CXV. That would have been a good sales pitch for the COTS program.What I do not get is why t/Space did not go with such a plan? There was no risk and no cost in the making of a new rocket. Only in the capsule for a cargo version to ISS. With the bigger cost and risk in developing the carrier and Quichreach II rocket later.With the 2005 CXV capsule with a water landing, I see that it could have had air capture as an option. I do not personnaly like air capture for crew but with the capsule designed for water recovery first an air capture could have been added later.The CXV capsule could have even been configured as a mini lab for a space station.This new design based on what looks to be from their 2004 design with a pusher system for emergency escape and a lot like the K-1 orbital stage would seem to me to cost more per launch that the 2005 CXV version. And the lose of the XV for reuse if not air captured does not seem to me to be a better idea.Any chance of the 2005 CXV being built?That's what we proposed in COTS 2.0.There is no chance of CXV being built.On the second picture what is that attached to the bottom of the CXV?
Quote from: HMXHMX on 12/24/2011 06:33 pmQuote from: krytek on 12/24/2011 01:48 pmQuote from: HMXHMX on 12/24/2011 02:20 amQuote from: krytek on 12/24/2011 12:58 amAwesome concept, really good job there. Can we get a few details on those fabric seats? they sound interesting.Also, what's with the "Chief constructor got it right" joke? sorry I didn't get it. Thanks. There's not too many details to share. They are pretty simple, as you can see from the video.Not so much a joke, as a statement of opinion. All I was saying is that Korolev understood that the way to get the lightest spacecraft was to split the crew recovery part from the on-orbit pressure volume, a la Soyuz.Thank you for the clip.It's kind of like a hammock. I like the concept, it looks many times lighter than anything I've seen so far.Would they wobble when subjected to entry/ascent forces? For reference, here's a pic of the SS2 seats. My original concept actually would have used the individual's suit as the "seat" with straps holding the person in position. But the fabric approach was almost as light and easier to develop. In the end, the seat weighed almost exactly 10% of the weight of a Shuttle mid-deck seat, and like the mid-deck seats, it was removable when on-orbit. That opens up the cabin volume dramatically. I don't think side loads would have been a major problems; we analyzed them but didn't have the time and money to test the seat as throughly as we would have liked. Whay have no other crewed companies gone the way of the "hammock" If it works--it would save weight and possibly allow an another person in the capsule.
About the 2005 CXV second picture posted above Quote from HMXHMX a Berthing/docking systems and cargo storage.I see how that would be good.So could that part on it's sides had tanks and engines for a pusher escape system so not in the way of the solar panels or the access hatch for the crew on one side? If not used the fuel for on orbit use.What was the estimated mass of that added part to the CXV?Quote from HMXHMX Our seats were designed to solve a unique problem; other firms don't have the same issue to resolve. Was that to have the crew in the right direction during and part of the flight ascent or descent?